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Table 2 Classification of unigenes based on gene ontology (GO) mappings. Mappings of the InterPro domains to terms in the GO hierarchy were used to assign GO terms to the unigenes. Sequences for which a protein domain was predicted with an E value < 1e-5 were selected for this analysis.

From: AphanoDB: a genomic resource for Aphanomyces pathogens

GO term

%

Biological process

43.07

metabolic process

19.12

cellular process

14.97

establishment of localization

3.6

localization

3.6

biological regulation

0.95

response to stimulus

0.49

developmental process

0.29

biological adhesion

0.04

immune system process

0.01

multicellular organismal process

0.01

Molecular function

41.53

catalytic activity

20.71

binding

16.71

transporter activity

2.34

structural molecule activity

0.56

motor activity

0.36

transcription regulator activity

0.18

enzyme regulator activity

0.15

antioxidant activity

0.14

molecular transducer activity1

0.01

Cellular component (%)

23.79

cell

8.66

cell part

8.66

organelle

2.78

macromolecular complex

2.22

organelle part

1.02

extracellular region

0.34

envelope

0.06

membrane-enclosed lumen

0.04